1、

Vibration Mode Balancing for Cantilevered High Speed Rotor with Spring Support

上悬臂带弹支的高速转子振型平衡方法

互联网摘选

2、

This paper introduces a kind of automatic measurement and control system for the study of non balanced chemical reaction. The principle for implementing the system is analyzed and the designs of hardware and software are also presented.

本文介绍了一种用于研究非平衡化学反应&BZ振荡反应的自动测控系统,分析了系统实现原理,给出了系统的硬件设计以及软件编写。

互联网摘选

3、

The Influence of CDIC Dental Implant and Baked Porcelain Metal Crown on Diagnosis of Coronal by MRI

CDIC纯钛种植体与金属烤瓷冠修复体在磁共振成像检查中的伪影影响

互联网摘选

4、

Objective: To investigate the influence of CDIC dental implant and baked porcelain metal crown on MRI image.

目的:观察在颅脑磁共振成像(MRI)检查中,口腔内种植体和烤瓷金属冠对MRI影像学诊断的影响。

互联网摘选

5、

Oscillating, pump and dust removing system of automatic bagging machine were respectively designed and innovated.

对振动筛、仓泵和自动包装机的除尘系统进行了单独的设计改造。通过改造,实现了干燥工段的清洁生产。

互联网摘选

6、

Based on analyzing the source of overshoot and ringing in high speed backplane bus with general termination, a innovative method of termination& combined termination is recommended.

分析了高速背板总线中传统匹配情况下产生上冲和振铃的原因,指出在高速背板总线设计中的一种创新性的匹配方式&组合式匹配的合理性。

互联网摘选

7、

It can greatly reduce the harm of overshoot and ringing in high speed backplane bus, and observably improve the signal integrity in high speed bus.

它能有效地削弱高速总线中上冲和振铃对信号完整性的不利影响,有效地提高总线信号的完整性,从而提高总线速度。

互联网摘选

8、

In this thesis a one-degree freedom nonlinear dynamic model of a gear system has been established considering the backlash, composite error and the time-varying stiffness.

小文针对单级齿轮传动系统,综合考虑时变啮合刚度、齿侧间隙及误差激励的影响,建立了齿轮系统振动分析的单自由度非线性动力学模型,并分析了系统在参数激励下的响应。

互联网摘选

9、

Research on Nonlinear Vibration Characteristics due to Time-varying Mesh Stiffness and Gear Backlash in Gear System

齿轮系统时变刚度和间隙非线性振动特性研究

互联网摘选

10、

Wind-induced response analysis of saddle-backed cable net roofs using Ritz-POD method

鞍形索网屋盖结构风振响应分析的Ritz-POD法

互联网摘选

11、

A bond graph model of the automotive vehicle vibration system with four degrees of freedom, together with two kinds of road inputs in the forms of the sinusoidal irregularity and the rectangular pulse irregularity, is established.

建立了四自由度客车垂向振动系统的键图模型,给出了模拟道路周期性激励和脉冲型激励的键图模型。

互联网摘选

12、

Changes and mathematical models of human thermoregulation under combined stress of high temperature, vibration and noise

高温、振动、噪声复合应激时人体体温调节改变及数学模型

互联网摘选

13、

Then, a FEM model for the whole transformer is built, inputting the parameters got in the first step and combining the data of vibration of transformer walls, to forecast the clamping state of transformer windings.

进而通过测量变压器箱壁振动,根据建立的变压器整体模型以及前面识别的绕组特性参数来计算和预测内部绕组的预紧力状况。

互联网摘选

14、

Combining the vibration suppression performance of the input shaper, the order moment of time optimal control is solved based on that liquid slosh is linear and the control moment is less than the maximal output of the actuator.

结合输入成形器的振动抑制性能,在保证液体作线性晃动和控制力矩不超过执行机构最大输出能力的基础上求解了时间最优控制指令力矩。

互联网摘选

15、

UED-Milling in gas is proposed through combining ultrasonic vibration electrical discharge machining ( UEDM) in gas and conventional ED-Milling in kerosene medium.

本课题结合传统电火花铣削工艺特点,提出了一种新型的超声振动辅助气中放电铣削加工工艺。

互联网摘选

16、

The cavitation phenomenon exists widely in many domains with liquid transporting process. The occurrence of cavitation will decrease the performance of conveying machinery and cause cavitation erosion, lead to additional vibration. The uncontrollable cavitation will cause serious or even disastrous consequences.

空化现象普遍存在于诸多领域内液体输送过程中,空化的发生会造成输送机械性能的下降,产生空蚀破坏,引起机组振动加剧,无法控制的空化会产生严重的甚至是灾难性的后果。

互联网摘选

17、

Optimal Control of Vibration in Fluid Conveying Pipe

飞机输流管道振动的最优控制

互联网摘选

18、

Effect of viscosity in transverse vibration of fluid conveying pipe

输液管道结构横向振动问题的粘性效应

互联网摘选

19、

Vibration Analysis of Fluid Conveying Pipe under Water

水下输送流体管道的振动分析

互联网摘选

20、

And numerical simulation also have been made to shaking table test.

同时,针对振动台模型试验进行了数值模拟分析。

互联网摘选

  • 今日热词
  • 热门搜索

简答网英语词典(dict.jiandongshicai.cn)为您提供在线翻译英语词典单词大全英译汉汉译英等英语服务!可按单词字数词义分类查询。支持lj:关键词格式查询例句。

用户反馈
请选择反馈类型(可多选):
您的联系方式:(如需回复请填写联系方式)
反馈内容:
提交成功 小编会尽快处理
回到顶部
点击反馈